Role of the short-range dynamics in simultaneous interpretation of pentaqurks via molecules
arXiv:2505.02601 · doi:10.1103/p4m3-ml1k
Abstract
We investigate hidden-charm molecular states in systems using the one-boson exchange model. By regulating the short-range interactions with parameter and cutoff , we found ten bound states in isoscalar systems. Our analysis reveals that if the LHCb Collaboration's and Belle Collaboration's pentaqurks are indeed distinct states, their mass splitting can be resolved through - coupled channel dynamics using consistent model parameters. This framework assigns and spin-parity quantum numbers to and , respectively. With this consistent model parameter, we predict several new molecular candidates in the GeV mass region, demonstrating the crucial interplay between coupled channel effects and short-range dynamics in understanding hidden-charm pentaquarks as hadronic molecules. Additionally, we investigate the effects of and decay channels on the predicted molecular states, showing how these channels influence pole positions and provide insights into the detectability of these states through different production mechanisms.
arXiv comment17 pages, 7 figures, 9 tables
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